Cork Surf Traction Pad
Category: Product / Sustainability / Manufacturing
Role: Lead Designer
Tools: CAD · Material Research · Laser Cutting · Supplier Sourcing
Timeline: 6 Weeks
Status: Production-Ready Concept
Overview
This project explored the development of an eco-conscious surf traction pad using natural cork as an alternative to traditional petroleum-based EVA foam. The goal was to create a high-performance traction solution while reducing environmental impact.
Problem
Traditional traction pads:
Use petroleum-based foams
Contribute to microplastic waste
Offer limited sustainability options
Lack transparency around materials
Environmentally conscious surfers want better alternatives without sacrificing grip or durability.
Users
Primary users:
Environmentally conscious surfers
Surfers seeking natural material alternatives
Brands wanting sustainable product options
Key needs:
Reliable grip
Durability in saltwater environments
Reduced environmental footprint
Honest sustainability claims
Research
Research included:
Material testing of cork compounds
Supplier discussions on cork sourcing
Comparison of grip patterns vs EVA foam
Review of sustainability standards in surf accessories
Insights:
Cork offers natural grip and resilience
Adhesive selection impacts both performance and sustainability
Grip pattern geometry significantly affects traction feel
Design Goals
Match or exceed EVA grip performance
Reduce petroleum-based materials
Enable scalable manufacturing
Maintain compatibility with standard boards
Communicate sustainability authentically
Design Architecture
Modular pad segments
Laser-cut grip patterns
Pressure-sensitive adhesive backing
Packaging designed for minimal waste
Prototyping
Multiple laser-cut grip geometries
Adhesive bonding tests
Water exposure and durability tests
Foot feel testing under real surf conditions
User Testing
Surfers tested traction feel in different water temps
Feedback on comfort and grip consistency
Durability feedback after repeated sessions
Changes made:
Adjusted grip cutout depth
Refined surface texture
Optimized adhesive selection
Final Design
Final traction pad features:
Natural cork construction
Laser-cut traction pattern
Optimized grip geometry
Reduced synthetic material content
Results & Outcomes
Validated cork as viable traction material
Production pathways established
Strong interest from eco-focused surfers
Clear sustainability positioning for brand launch
